Cash register



March 3, 1931. c. w. GREEN ET AL 1,795,115

' CASH REGISTER Filed March 25, 1925 5 Sheets-sheet 1 March 3, 1931.

c. w. GRAEEN ET AL CASH REGISTER Filed March 25, 1925 5 Sheets-Sheet 2 March 3, 1931. ci. GREENE-r AL CASH REGISTER J., MU

Y QUA. 2522i Mrch 3, 1931. c. w. GREEN ET AL 1,795,115

CASH REGISTER Filed March 25l 1925 5 Sheets-5h86?l 4 March' 3, 1931. c. w. vGREEN ETAL 1,795,115

CASH RE'GI STER 'Filed March :25,` 1925 S sheets-sheetV 5 IN V EN TORS Clair/e5 LU. r/z

' ATToRNExs Patented Mar. 3, 1931 UNTE STTS PA'ENT OFFICE i CHARLES W. GREEN AND RAYMOND E. RICE, OF ILION, NEW YORK, ASSIGNORS TO REMINGTON ARMS COMPANY, INC., A CORPORATION OF DELAWARE CASH REGISTER Application led March 25, 1925. Serial No. 18,143.

This invention relates to multiple totalizor, multiple dra-wer cash registers or accounting machines constructed so that independent cash receptacles are provided 'for the clerks operating the register to permit keeping their cash accounts in separate compartments. lVhen ma-chines of this type are so constructed it is possible to place the responsibility ,tor shortages or errors in the accounts upon the proper clerks, thereby forcing each clerk, to take every precaution against making errors in the transactions so that the amounts of money deposited in his particular drawer agrees with the amount accumulated by the corresponding totalizer.

ln the accompanying drawings the improvements are shown in one form which they might take when applied to or embodied in machines of the type shown and described in the U. S. applications, Serial Number 269,125 tiled November 9, 1918, and Serial Number 283,720 tiled March 20, 1919 by F recerick L. Fuller as well as the British Patents 135,465, 157,823, 157,824, 151,525 for the @eine invention. This embodiment is only illustrative, however, as the improvements are capable of modification and change to permit applying them to machines of various types and it is the desire not to limit the use of the improvements to any one style ot' register or term ot drawer cabinet.

With the above and other objects in view the invention consists in a novel combination and arrangement ot parts, the 'features ot' novelty of which are pointed out in appended claims and a preferred form of embodiment ot which is hereinafter described with reference to the drawings accompanying and torming part of this application.

Uf said drawings:

Fi 'l is a vertical transverse sectional view of the type ot machine disclosed in the above mentioned Fuller applications with the improveniente applied thereto. This view shows several of the amount keys, the totalizer and driving means therefor, the driving mechanism for the power shaft, part of the mechanism for selectively operating the drawer release device and the means for permitting the tull extraction of a drawer by the propri -tor or other authorized persons.

iff. 2 represents another vertical sectional view o the mechanism 'for releasing the cash drawers, the means for supporting the same, and the devices used for locking the keys against operation whenever one of a plurality i 1aweri opened.

n ig. 3 is a view in side elevation of the dir"- ierently toned alarms, the means for sounding the same and the devices for bringing the desired alarm into co-operative relationship with the latter.

l is a view taken at right angles to the view in Fig. 3 showing substantially all of the parts shown in the irst mentioned ligure Fi 5 is a detail view of the key stop mechanism and the arrangement used to set the proper dra ver release device whenever the cr;- spoi ng cler" s kej.7 depressed.

Fig. 6 is a detail perspective view showing the drawer release shaft, the drawer catch selecting lugs carried thereby and means for rocking the shaft to bring the desired lug into etective operation.

Fig. 7 is a top plan view of the mecnanism shown in the iiierspective view in Fig. G and also shows part ot one ot the drawer release catches.

Fig. 8 is a view in side elevation showing in detail the centralized control mechanism and the means associated therewith for operating certain mechanism whenever it desired to operate the machine in one of plurality ot ditlerent w ys.

Fig. 9 is a view in side elevation with a number oit parts omitted for the sake ot clearness showing one otl the spe-cial coupler lifting keys andv the lock for the operating mechanism.

Fig. l0 is a top plan View oi' some oit the mechanism shown in Fig. 2 illustrating the relationship between the drawer catch release lever, the locking slide for the key coupler and the devices for operating the latter.

Fig. 11 is a detail. view in side elevation showing the devices used for insuring a complete operation of the machine before a subsequent operation can be made.

Fig. 12 is a detail view oi' the mechanism Inn shown in Fig. 2 for controlling the operating mechanism by either of a plurality of cash drawers.

Fig. 13 is a perspective view ot certain elements oir the drawer releasing mechanism.

For convenience of 1;, mechanisms designed to prevent irregular and fraudulent operations oit the register.

Cash registers which embody a plurality 'of cash drawers are generally so constructed that access to any desired dra-'ver is accomplished by directly operating the corresponding key, or else depressinga key or setting a lever to the proper pc ien and 'then by operation or another key rel ing a so g or other motor whichactuates the Ymac ie and opens the desired drawer. "lD'urinoi the operation ot the machine certain records made upon a record strip contained witl in the machine or an imprint'is made upon an inserted slip. The machine to which lthe present invention is applied has the above record strip printing vteature so that the proprietor may have at all times a full record oi every transaction made, such as, the nature and amount of the transaction and the clerk making thesale. ln this manner the proprietor can ascertain what has transpire-Tl during hisabsence and can piace individual responsibility upon the proper clerks lfor all shortages, errors, and acceptances of counterfeit money.

In order to inform the public, the proprietor and other clerks which clerk has operated the machine, registers are usually provided with an indicating` device to Vdesignate the clerks operating the machine. Vilhile this information is available to ,those near the machine it is not obtainable by those at a distance, and lforrthisV reason the illustrative embodiment is equipped with a plurality or bells one for each clerk didierently toned thus informing those not within the limits oi observation whicn drawer has been released. lt is at times desirable to prevent the constant sounding oit the alarms so additional mechanism is provided for disabling the bellsounding mechanism at will.

One of the disadvantages of multiplel drawer register attachments is that usually no means is provided to compel each operaor to close his drawer before a subsequent operation can be made. lt has been possible heretofore 'for a clerk to extra money vfrom the drawer of another clerk it the drawer happened to be opened and retained in its exposed position during a subsequent transaction. This allowed the vclerk to extract .any oli the money at any time without detection of fraud and placed the responsibility for the shortage upon the wrong person.

For the above reason well as many others which are quite obvious the present register employs a very simple mechanism for-enforcing the closing of each receptacle or drawer before the machine can again be operated. This insures the proper operation of the machine at all times and decreases the opportunity for i'raud because each operator knows that it his drawer is closed after an operation no one can obtain access to it unless the machine has been operated and a record made of the fact.

lllhile this feature quite desirable and y some business institutions it might not be lrequired in others, so that'in order that the machine be adapted for all classes or business, devices are provided to "it operating the machine, without necesng the closing of the drawers each time. I'lie mechanism rer controlling whether or not` the machine can be operated with vthe drawers opened is under control lock,

tue key oi v-.iiich in sossession or the p ol control over the locking mechanism and an regulate the machine so that it can be operated` in dillerent 'various 'times depending upon the circumstances.

Associated withthe mechanism appurtenant to the cent ior Yeilectively no one looking the register so that can operate the machine to release the drawers. 'lV hen the centralized control is adjusted to a position designated Tot-al and reset position certain counter are released so that the machine may be re et and otherwise conditioned to accumulate amounts oi sales pertaining to a subsequent period of business. lvlhen adjusted to this osition certain mechanism comes into play periit thesimultaneous release of all the edrawers in order to extract the en balancing the register.. f has usually been disposed in machines of this type so that it has been possible tor aclerk to remove his cash drawer from the register so as to permit him to n' anipulate the drawer release mechanism to releaseother drawers ancL extract the money which they contained. To prevent this the present invention provides means Aior preventing the Yremoiual of a Vcash drawer 'from theV cabinet until the centralized control mechanism is adjusted to a certain position, and as aforesaid this means is only under the control of the proprietor orcertain other authorized persons. g

The general organization and operation or" the mechanism whole iaving been thus outlined, the preferred construction or" ralized control 'are devices the parts for accomplishing the above mentioned features will now be described. more in detail and the constructions and operation of certain accessory mechanisms also eX- plained.

machine shown in the accompanyingdravvinc s is provided with the usual amount keys 4i p 'oted upon a shaft extending transversely between the side frames of the machine. 'estingg upon the rear ends oi.t the at 2" between the .Side frames. Then the outer ends ot the keys ffe depressed the key coupier is rocked clockwise (F 1 and 2) a nose 8 thereon. enters notches 9 formed in the ends o1 the keys 4. T .e purpose of such. key coupler mechanism is Well known in the art and need not be discussed herein.

Extending' transversely of the machine is ft 10 designated as the main operating shaft. This shaft is given a complete reta tion at each eperz tion of the machine .f id carries cams fil other devices for operating` lions p rts or. the mechanism. 'ihe mechanism for accomplishini;` this compr' keys is a key coupler journaled tically reciprocabie rack plate 11 pivotaliy connected to the key coupler G and provided n oppositely facing; teeth `il. 1 '11/ i o .2 wnch aneinateiy mesh hun a p n a upon the shaft the coupler is reciprocated. In this n er a complete reciprocation oi' tue rack e 11 7ein in detail, as it is so ohL and i in the art.

"l forms of i 1 cash register coni 1s necessl ry7 after a registration commenced that some device be providec to compel a complete performance ot the started registration bef-ere a second operation can be eiiected. One form that this mechanism miglt take is illustret in 11. Secured to tsha-ft 10 is a hears a spring` 1.1i "or preventsnpj any mllrroet the shaft 1.0 a. insurinyt A fifi.

#,rovideu with tivo 5 (F' f nlerk or classi.

c cated he extreme refr.

Thec kevs have f Oflg; 1thereby when throunh a small the coupler to a arrests its movemfY 'ifhis ooi known ie coupler is 7 i Y r` .-y he eonnec. i istration como any selected amount or t tl y 'nl io et f l' linfrtii villn iv i-ie means Aor accompisainw i s u l.o .l

be described. Each key 15 or 1G71 is formec l coupler lifting cam surface 16 (Fig. 9)

'l v s i; Mieli. e.

formed on its rear end and (1o-operating with a. face 151 on the rear edge of a shoulder 17 on the coupler 6. The edge 18 ot the notch 19 in each clerks key provides z stop iace which tire rear edge of 4he shoulder 1.7 t the coupler 6.

)Whenever a clerks lfey is depressed the cam surface 16 contacting Twith the shoulc er 151. will litt the coupler to its couplin 2; point until the rear ed of the coupler con! tao-ts Wi t dire .1S o the notch 19 in the key by vir 1 i -ccentricity of the pivots et the key and coupler, thereby arrest-ing the movement et these parts. The key coupler is retained i its 1 artiall.' elevated position by Ref-@Trino to Fig'.

Y pres.

se El ot the coupler 6, a plate 1 there Will be seen a sed plate 22 mounted k d providee for each group of k Vlienever the counler has been elevated 8 of the con ier and plate 22 Wil be sligh'ly above the notches 9 in the undenressec any selected key in a bank th ila e Q2 associated therewith will he first forced forwardly and will then spring into the notch 9 of the d amount key and Will thereby attach this key to the coupler. Other keys from other haiks may he attached to the coupler in the same manner and a complete operation oi the machine eid'ected by fully depressing any one of the displaced keys. The clerks keys 15 and 111-71 have their notches 19 enlargec as at 23 (Fi 2 and 9) to receive the angu .ar piece Q1 as the rear end of each clerks key is lifted to highest *position by an elevation et the coupler. It will be understood that Where the counled clerks key is rocked further hy the enghgement of the finger with the angular piece 21 as the coupler is locked there Will he no interference between the rear end of shoulder 17 and the surface 18, due to the special formation of the opening` in the key. n

Fach value or amount key 4 is provider With an upwardly extending 2li- (Fig. 1) carrying a stud 2.5 feo-oper; ting With slots S26 in plates 27, tue slots beim graduated so that the depression or" the amo mt keys will impart a diiierent'al movement to the frames 28 to which the plates are secured. Rigid with each frame 28 is segmental rack 29 meshing with a pinion secured to a corres? ding type carrier SO so that movement of amount keys e. Upon a slight depression oi the segment 29 by an operation of a lrey sets up ona type arrier a number corresponding to the value ot the key depressed.

,t is lo be understood that the ainount lreys are arranged iii banks that for each haul; differentially actuated 'traine 28, a segjgme rack 29 and an iter i type carrier Boten ily mounted eloeY the Wheels 30 29 are Finiry printing t l Fig nn rl Lolix.

also priyioec of cash rece; the receipt.

this Way gli .el-r

'Ysiar i to the drawer catch 33 is pro t y extension 37 bearing against a proieotion 38 formed upon a drawe: relea e a 9 pivot-ed to the bracket. V-A sn l terposed bem'een the drawer catch 33 are drawer release arm 39 tends to foA th tension 3? against the projection drawer. when released, is ejected from t cabinet in the usual manner by a spring A (Fig. 2). Each drawer release spring' is ca ried by a cone ll secured to the mach 36 and is compressed Wh en the drawer is forced to itsinward position, the torce of compression thus stored ir the spring" l0 being),` sutllcient to expel the outwardly when its respective drawer 1 the above it will be readily seenrtliat pi ct on 23S Will 'oe disengaged troni the up" c extension 37 of the drawer atch 33.

against the plateV 43 fastened securely to the rear frame 36 and port-i red at its forward end to receive the shaft 42.- Secured to the finger shaft two angularly disposed fingers i4 and 'finger del being disposed beneath a lug 2 and integral with the drawer arm 39 associated with the upper l While the finger di is beneath a lug` al with the drawer ie.ease arm 39 h the lower drawer 32.

it will be seen that the y beneath their associated entirely so that in creer to simultaneously all that y particular drawer it roel: the shaft l2 one llhen the sliatt'1l2is as viewed inFig. i finger se will be the linger out oi Lin with its related lug o still has a portion oit its f lug; 4'". Upon lifting' the sl i er cra-Wer 32 Will be released. To Y upper drt wer the shaft l2 is ig. 7) a certain amount 1 'i i lino er of une with its M ont ie linger is is still partially uno i li 3l will be released. 'this movement advantage has been taken oi a hey stop or ba i i Jip; the shaft eo. between therear en-Clsoi1 t ie clerllrs 7l 5) anc moved in on s i ano direction or the othe depending upon which clerlrls leyisV depressed Will presently be described. Y

ci' anaincunt lrey beforefthe depression of a clerl-s hey and to this end the following` mechanism is utinzec.

Referring to Fig. 5 i n .wif/@V n] 1mi-van f} tp ieai enge oi eaci c i s and aiiioun rey is provided with .i upwardly shaped portion 4:8. A guide tached by any t will be seen that the facing Wedge plate i9 is atrrame 50 secured between the main side frames of the machine7 isurthermore provided with guide cli hanger which desirable means to a crossY ivoted upon a tra T l I" .f u e ioivn in 1- g. a). Normally fs between the 'nd o e side of the ma Line this being that ect o norma the amount ust lepression ant swing order to ily locked ag keys a rc dueto the inalv -he amoilnt keys al is necessary means for l 1 e' the por g n' the arm so that the oar o5 is o we. The means 'for accmnplishine` Referring to Fig. 9 it will be seen that the arm 58 is provided with a slot 60 :termed with a Cain porti 62 feo-operating vwith a stud secured to the coupler 6. As previously ed when a elerks key deoressed the coup-ler will be eleva el s pa al and during this movement stud 68 cos opci-utfn gq with the cam slot G2 will elevate the rear end 58 above the bar When in this posi ion the coupler 6 will be held in its li'ted position, and the amount keys 4 Will be 'free to be depressed and latched to the coupler 6 premised hereinhetore.

It will also be noted from Fig. 5 that as one oiC the clerks laeys l5 or 471 i 1epressed, and as the rear end, shown in th ligure, of the depressed clerks key rises it Will oscillate the pendant 52 either one direction or he other, by striking one or the other of the cam edges 521i. and of the pendant thereby bringing the pendant 52 ov-er the rear end ofthe undepressed clerks key and preventing a simultaneous operation of" both clerks As stated liereinbefore advantage has been taken of the movement of the pendant 52 to set the ingers 44 and 45 to the lesired positions so that upon a subsequent lifting movement of the finger shaft 42 the desired` drawer Will be released. The connections for doing this include a bar secured at to the pendant 52 so as to be movable therewith. The bar 64 is articulated at 66 to `an arm 67, bent as shown in Fig. 6, and connected to an arm 68 secured to the shaft 42. Due to the pivotal connection at 66 the shaft v42 and 67 may be given a slight lifting movement without affecting the bar 64. This eliminates any necessity for a splined construction between the shaft 42 and the member which rocks it to the desired position. In order to return the shaft 42 after it has been rocked a spring 69 is interposed between the frame 36 and an arm 70 secured to the shaft 42 as seen in Fie. 2. From the above it Will be evident that an oscillation oi the pendant vvill7 through the bar 64, and arms 67 and 68 rock the shaft 42 thereby disengagin@ one it is desiral linger from co-operation with its related lug and retaining the other hnger and lug in `73 which in turn is pivoted at '4 to bracket attached to the base Z6 of the machine. riveted to 7 t 77 is a plate f6 to which is loosely pivoted at T9 afhail S0 having upward extensions 8l underlying a collar S2 secured to the shaft T l downward ext ns'on 8S ca vins` co-operating with a` T shapec. .r

l t C5 in the plate 38. The plate 'YS is provided with a forward extension or tail 166. the function of which Will appear hereinafter.

The operation of the parts thas described is as follows: @n the downivarr. stroke of t ie k ys the coupler is elevst d l the trip member 7l 'orces the actu A l 7 2 rearivardiy until the trip member 7l clears the pawl .72 whereupon the said paiyl swing 'forwardly taking a position `hist ward of the trip member Tl. stroke of the keys the cor rr descends and the trip member ivill strile the actuating paWl '7 2 thereby rocking tie drawer catch release lever 73 clockwise (Fi about its pivot Through the f oit 'the stud 84 .and slot 85 in the nl e sail 60 will be raised upivai @n the return when the ii The illu 'o e z'inrth er provided with mech T the kevs are locked i the cash drawer exposed nos TWhile at times .Y e to have tne mechanism arranged so that it will be necessarv to close the 'anreito leave the end of, ea h operation so as no the money contained therein expos oessible to other attendants, it is often desirable to disable the mechanism I; a f

so to permit of an operation et the machine during rush hours Without c osinrf the cash drawer after each poration ln the .c eriormi .vell as others Which will be set forth. the mechanism or accomplishing the same is placed under control of a key operated look located the upper right hand side of the machine just above the keys.

IThe mechanism shown in Fig. 27 is shown with the parts a-diusted in such a manner as to permit successive operations of the machine Without returning the drawers to their invv v -d pos .,fs Slidably mounted upon a transverse shaft 185 and the pivot stud 74 A coil spring` 92 (Figs. 2 and 12) is inter- Y posed between an extension 93 of the drawer catch release lever 73 and a lever 94 which is pivoted at 95 to a downward extension of the bracket 43. The lever 94 has pivoted at 96 abeam 907 contacting at 971 and 972 with the rear ends of the drawers 32 and 31 respectively. (See Fig'. 12.) The upper end of the lever 94; is provided with a cam edge 97 co-operating with a stud 98 carried by the eX- tension 93 of the drawer catch release lever 7 3 while a spring 99 tends to draw the upper end of lever 9a rearwardly.

rl`he parts in Fig. 2 are shown adjusted so that the machine may be opera-ted successively without requiring the drawer to be closed between operations. lt v ill be evident that whenr the machine is operated to open either drawer, one of the ypoints of contact 971 or 972 between the. beam 90'? and the drawer will be relieved as the drawer opens, permitting the spring 99 to draw the upper end of the lever 94: rearwardly. rlhe spring 92 will tend to pull the extension 93 downwardly thus tending to draw the hook 90 over the coupler, but this act-ion will be prevented due to the contact between the stud 89 andthe horizontal edge 87 of the locking slide 86.

ln order to permit the hook 90 to overlie the coupler when a drawer is exposed all that is necessary is to permit the stud 89 to rise and occupy a place in the cutaway portion 88 of the lockingy slide 86. To allow this the slide must be moved forwardly a slight amount, the means for accomplishing` this being,- under control of an exteriorly operated lever, as will now be described.

This mechanism comprises an adjustable lever 101 (Fi 1 and 8)` loosely pivoted upon a. transverse shaft 102 which may occupy and be loclred in any of four'difl'erent positions. The lever 101 has secured thereto. by means of a member 108 a concentric plate 103 slidable beneath the cabinet 10401l the machine. The plate 103 carries a pointer 105 slidabl-e inV aslot (not shown) formed in a second concentric plate 106 secured toy the cabinet by screws 107,. rl`he plate 106 has engraved ythereon legends comprising characters and words representing the different modes of operatin the machine.

Alock 109is attached to the member 108 by any suitable means and has its barrel projecting through a slot formed in the indicating plate 105. The bolt of the loch is provided with a flange 110 adapted to engage notches 111 in a plate 112 secured to the side frame of the machine. The plate 112 is further provided with upwardly and forwardly extending' guide ears 113 co-operating with slots formed in downward extensions 11d of the plate 103. The bolt is furthermore provided with a slot 115 which is adapted to be brought into the plane of the plate 112 by rotation of the' bolt. F or aligning the control lever in its adjusted positions there is provided an aligning pawl 116 carrying` a stud 11? urged upwardly by a spring 118 to enthe wedge shaped notches 119 formed on one side of the plate 112.

To adjust the control lever 101 to any desired position all that is necessary is to insert the hey of the lock to rotate the lrey a quarter turn to bringv the slot 115 in the plane he plate 112. By moving` the ley and s movable therewith so that the pointer adjacent the desired legend, and then giving the key a quarter turn in the reverse direction, the flange 110 will co-operate with the notches 111 thus locking' the control lever in its new position. 1 fter the key has been removed it will be impossible to adjust the control lever 101 to any other position and only the proprietor, who generally has possession of the lrey to the loclr can change the setting.

The control lever 101 is provided with a ear sector 120 meshing with a mutilated 1sion 121 secured to one end of the key shaft also secured to the shaft 5r is a somewhat larger gear sector 122 meshing with another gear sector 123 secured to the transverse shaft 185 which. as shown in Fig. 2, carries a disk '1241 capable of being moved to different po` sitions by adjustment of the general control lever 101. rlhe disk 1211 has a notch 125 engaging a stud 126 secured to the lforward end of the locking slide 86.

llhen the control lever is moved upwardly from an open drawer position to closed drawer by means of the train of mechanism just described, the shaft 185 will be rotated counter-cloclrwise from the posit-ion shown in Fig. 2 rotating the disk and through the co-operation of the stud 128 and notch 125 will draw t-he slide 86forwardly. The stud 89 will'now register with the notch 88 allowing; the hook 90 to overlie the coupler when either drawer is exposed.

l/Vhenever a drawer is released the eXtension 93 will not beheld up as in thecase when in open drawers position, but will drop downwardly under the influence of the spring 92, the stud 84e playing in the vertical portion ofthe T slot 85. Since the stud 84 normally holds up the plate 7 8 by virtue of its co-operation with the horizontal portion of the slot as shown in Fig. 2, the plate? 8 and attached bail v80 will tend to drop downwardly whenever the stud 84 occupies the lower vertical portion of the T slot 85 and thereby would `permit the bail to contact with the upper portion of the drawer 31 if no means were provided to prevent it. In order to prevent thi fore, the plate 7S is proviied with i 186 mentioned hereinbefore which will at such times comperato with the underside of the drawer catch release lever 73 (Fig 10) and hold the plate ".78 and part,4 thereby away from the drawer 31 in the i.. tion shown in Fig. 2.

As before stated, when the released drawer moves outwardly the hook `9() will be rocked to overlie the coupler 6 thus preventing any operation of the keys until the dra-wer again closed. llVhen the exposed drawer is pushed inwardly the rear end or" the drawer which is being returned will Contact with tile corresponding end of beam 907 thereby rocking lever' Se clockwise about its pivot 95. T he cam edge 97 of the lever 94 contacting with the stud 98 will elevate the extension of the drawer releasing member Z3 tnereby bringing the hook 90 away from the coupler 6 and releasing the machine for a subsequent operation.

At the end of a days business or the termination of any arbitrary period it is desirable to condition the machine for recording the totals of the amounts registered during the preceding period and to prepare it for the entering of transactions occurring` during a subsequent period. To place the machine in this condition the general control lever is set to a position designated as Total and reset, release drawers. Then in this position certain lids hinged to the cabinet are unlocked to permit totals to be printed from the totalizer and give access to the totalizer resetting mechanism. One suitable form of mechanism for the purpose being disclosed in the Fuller application and British patents already mentioned. At the same time both drawers are released so that the proprietor can extract the money from both drawers. This is also a convenient means for permitting the proprietor at any time and for any reason whatsoever to obtain access to either or bolli drawers without operating the machine.

The means for accomplishing this last feature comprises a projection 127 integral with the disc 124 and adapted to strike a stud 128 secured to the cxtreme forward end of the drawer catch release lever T3. As has f stated before, the releasing` fingers ee aLl l5 are normally both beneath their related lues on the drawer release arms 39.

Whenever the general control lever 101 moved upwardly to the uppermost position (Fig. 8) the disk 124 will be rotated counter'- clockwise as viewed in Fig. 2 until the projection 127 strikes the stud 128 rocking the drawer catch release lever 7 3 about its pivot and thereby lifting the linger shaft l2 to simultaneously release both drawers 31 and 32. after printing the totals and resetting the totaliaer by suitable means, such disclosed in the a i alications and Tklritish pat/nis menn desirable to lock the ma- .n and to do this mowed downn ion designated as Lock regl'lie disk will at this time be ro- 5 o. clock vise as viewed in Fig. 2 and co-operA tion of the stud 126 and notch 125 will force the hook 91. integral with the locking slide 86, and similar to hook 90 rearwardly until it overlies the coupler thus preventing any operation of the keys, regardless of the condition of the drawers.

itis stated before the register shown in the drawings has been provided with an audible signal, one for each drawer, each of which is sounded when its respective cash drawer is opened. 1n order that each clerk may distinguish his signal from the others, it is desirable to give each signal some characteristic sound or tone, which shall be loud and clear enough to be heard by the clerk when some distance from the machine. These signals if ce of bells or genes 131 and 132, oth of winch are illustrated in Figs. 1, 3 and et. The bells are of a different size and composed of a diilerentmaterial so as to ring out a tone distinguishable f rioni eacn other when struck and they are located between the rear end ofthe drawers and the frame The bells are preferably mounted upon a lever 13"? (Fig. pivoted at 133 to the frame 86 and which may be oscillated to bring either bell in a position to be strucl; by a spring actuated double hammer 13e and 185 pivoted to the frame 36. The hammers are provided with tail portion 138 engageable with a slot 139 in an actuating bar 140. The bar 1&0 connected to an arm 1-l1 (see Fig. l) pivetally carried by a pivot stud 1112 secured to the sfde frame and urged upwardly by a spring lili". This arr is further provided with a tail 1&3 lying in .e path of wiper or cam 14e mounts ed on a disc secured to the rotation shaft 10, which it i. il be recalled. is rotat d during each operation of the machine.

ln order to swing the bells from the pes,"- tion shown in F to a rposition whe- `by .ne or the other may be struck the upper end of the lever 13'? is connecter the bar 6ft by a link lei-G.

ine result of the above construction is that who" a drawer selectlng key is operator coiled spring 147. The bar 1410 will depress the tail 133 and retract the hammer 135 against the tension of its spring 143. it a predetermined time the cam 1-/1-/1 will pass ove and clear the tail'lil permitting the arm 141 and actuating bar 1110 be quickly released 'hereby permitting the hammer 135 to strilie I. Zi. I.

ts respective bell 131 and ring the same.

ln order to ring` the bell the clerlrs 171 is depressed bringing` the lower be`l Ao into the path of its related hammer 134i e shown in dotted lines in Fig. 3. The operation of the parts to ring the bell 132 is substantially the same` as that just described and in view of the above description it is believed hat a further explanation is not necessary.

lt is at times desirable to prevent the constant ringing of the bells during rush hours and means are, therefore, provided for disabling the striking mechanism for the bells just described. rl`he bell muiler in the present embodiment comprises a lever 1&9 (il ig. 1) pivoted to a stud 150 and having a lug 151, the lever being movable manually so that the lug engages thearm 1411 and moves the tail 143 away from the cam MA1 so that the arm 1&1 will not be actuated during an operation of the macninc. The lever 1119 has a handle which is under a cover which is unlocked whenever the general control lever is adj usted to its total and reset7 position. The lever may be held in its set position by any suitable frictional means.

The mechanism as thus far described is substantially complete and practically operative, but some devices, which may be called precautionary devices are desirable to prevent one clerk from obtaining access to drawers, over which he is not entitled to have any control without producing a record of the access which he has had.

Due to the vertical disposition of the drawers it would be possible for a clerk to remove a drawer and obtain access to the contents of the drawer located beneath. Generally' cash drawers may be removed by opening the drawer and lifting a drawer stop 152 (Fig.

2) slidably mounted in the rear portion of each drawer which would normally permit the upper drawer, for example, to be entirely withdrawn and thus enable a clerlr to extract any money contained in the lower drawer. 'llo prevent this a shield 153 is placed between the drawers 31 and32. However, this does not accomplish the desired results because even with this protective measure it would still be possible for any clerlr to release all the drawers by opening any drawer, inserting his hand within the space previously occupied by the withdrawn drawer and Aelevating the linger shaft l2 thereby releasing all the drawers, To overcome the above mentioned objection mechanism has been designed to prevent the complete removal ofV any drawer until the general control lever is in a certain position total and reset, in the present instance.

This mechanism is best shown in Fig.- 1 and comprises a lever 155 pivoted to the drawer basevframe 15? at 156 and bifurcated at its forward end to receive a'stud 153 secured to an arm 159. A bell crank 160 is pinned to the said arm and is provided with two lugs which are normally in the path of lugs or abutments 162 secured to the drawers 31 and 32. The rear end of the lever 155 is provided with a slot comprising concentric portion 163 and a cam portion'16l co-operating with a stud 165 carried by the lower end of a lever 166 pivoted to the frame 157 and provided with a. segmental rack 167 meshing` with the `ceti of the pinion 123 hereinbefore reerred to.

llroin the above it will be clear that whenever the control lever is in any other position than its total and reset position the stud 165 will merely play in the concentric portion 163 of the slot i ust mentioned. lt will, therefore,

be'impossible to remove any drawer due to Y the engagement of the lugs 161 and 162.

.Vlicn, however, the control lever 101 is adjusted to its total and reset position, the r0- tation of the pinion 123 will, through the segmental rack 167, bring the stud 165 rearwardly. Since the stud will play in the cam slot 16e the forward end of the lever 155 will be depressed thereby bringing the lugs 161 out of the path of the lugs 162 secured tothe drawers 31 and 32. The drawers may now be entirely removed, but such removal is only under the control of the proprietor, or a service-man, or other authorized persons who have possession of the key tothe lock.

ln the construction and manufacture of multiple drawer machines it is desirable that the registering devices and multiple drawer mechanism be assembled as a unit and be capable of separation at will in case of repairs and adjustment. K

The drawers 31 and 32 are slidably mounted in two side frames, one designated by reference numeral 157 (Fig. 1) and which are held together by the rear frame 36, which supports the drawer releasing mechanism. The registering devices are mounted on the base 76 which'rests upon the frames 157 andv 36 and is attached by suitable screws. In order to disengage the shaft 42 from the lextension 31 which elevates it at the desired time the bail 8O is provided with'an extension 170. By releasing and withdrawing the upper drawer 31 and'then depressing the extension 170 the shaft 42 will be elevated until the extension 31 clears the collar. The collar 82 will then Vdrop below the extension 81 and the base 76 of what the parts do during an item entering operation by one yof the clerks.

Assume, for example, that a cash transaction of $7 .45 is to be made by the clerk who has control over the lower drawer 32. Assume also that the machine is in an open drawers position, which as has been stated hereinbefore, permits of the successive operation of the machine without requiring the drawer to be closed. he clerk first depresses his key 15 to the coupler lifting position. During the depression of the key 15 the cam edge 16 contacting with the shoulder 151 on the coupler lifts the coupler to a predetermined position until the rear edge thereof contacts with the edge 18 of the notch 19 in the key 15. The coupler will be held in its elevated position by virtue of the pawl 14 and ratchet wheel 13 hereinbefore mentioned. As the clerk releases the pressure upon his key, it will fall back until the finger 20 strikes the top ofthe angular piece 21 attached to the key coupler. f

This partial elevation of the coupler is sufficient to cause the stud 63 to rock the lever 59 until its end 58 is out of the path of bar 55 so that other keysr may now be attached t0 the coupler and the transaction completed by depressing any selected amount key. The clerk may therefore next depress the $7.00 key a slight amount until the sliding plate 22, on the coupler, associated with the dollars bank enters the notch 9 in the $7.00 key. In the same manner the 40 key in the dimes bank and the key in the cents bank are also attached to the key coupler 6.

During the time the key 15 was depressed to its coupling point one of the totalizers A or B was thrown into mesh with the actuators by means which are shown in detail in the application of Frederick L. Fuller, Serial No. 263,125, and the British patents mentioned. Upon further depression of the amount keys the segmental racks 29 will rotate the totalizer pinions amounts corresponding to the keys depressed, and in this manner the items are entered into the totalizers. The item type wheels 30 will also be actuated by the segmental racks 29 and will be adjusted to positions corresponding to the values of the keys depressed, and at substan tially the extreme limit of the downward stroke of the keys, the totalizer will be thrown out of mesh with the actuators and a platen (which is not shown in the drawings) will be actuated to make a print upon the record strip. These features constitute no part of the present invention and are referred to merely for the purpose of explaining the general'relation of the novel parts to what is old.

As shown in the two applications of Frederick L. Fuller and in the British patents indicators are also elevated and adjusted to inform the public and others the amounts of the sale, the nature of the transaction, and the clerk operating the machine. As stated hereinbefore the depression of an amount key before a clerks key is prevented by virtue of the arm 59, the rearwardly extending portion 58 of which is normally between the bar and the machine side frame 57.

'lhe means by which the lower drawer 32 is released will now be briefly explained. As the key 15 is depressed the pendant 52 will be roc ed clockwise (Fig. 5) thereby rocking the bar 64, shifting the link 67 and rotating the shaft 42 counterclockwise (Fig. 2)

so that the lug 44 is moved sufiiciently to bring it out of co-operative relationship with its related drawer latch 39, while the lug 45 still retained in co-operative relationship with the drawer latch 39 of the lower drawer 3 rlhe lugs will be held in their adjusted position during the remaining downward stroke of the keysI and during this period the downwardly extending trip member 71 (Fig. 2) will force the pawl 72 rearwardly until the trip member 71 clears the said pawl. During the upward stroke of the keys the coupler will descend and the lower edge of the trip member 71 will strike the pawl 72 and lift the rear end of the drawer catch release lever 73. The drawer catch release lever 7 3, by means of the stud 84 and the bail 8O will lift the extension 81 thereby lifting the collar 82 and linger shaft 42. Since the lug 45 has been held in co-operative relationship'with the latch 39, the elevation of the shaft 42 will lift the drawer latch 39 thereby permitting the drawer spring to expose the lower cash drawer.

Since the parts have been assumed to be adjusted for the open drawer position of the machine, the stud 89 contacting with the horizontal edge 87 of the locking slide 86 will prevent the hook 90 from hooking over the coupler 6 when the rear edge 93 of the drawer catch release lever 73 is pulled downwardly by the spring 92. Either of the clerks can now operate the machine successively without requiring the drawer to be closed between intermediate operations of the machine.

Vhile the bar 64 was being moved by a depression of the clerks key 15, the bar 146 was also rocking the lerer 137 counterclockwise about its pivotal point 133 thereby bringing the bell 131 into the dotted line position shown in Fig. 3, in the path of hammer 13 and moving the bell 132 out of the path of the bell sounding hammer 134. During the downward stroke of the keys, the cam 144 will strike the tail 143 moving the bar 140 downwardly thereby depressing the tail 133 and retracting the hammer 134 against the tension of the spring 148. At a predetermined time the bar 140 will suddenly move upwardl permitting the bell hammer 135 to stri e the bell 131 thereby informing the public and teA 81 all thau is necessary is to depress the other clerks key 471. During this depression the shaft 42 will be rocked clockwise as viewed in Fig. 7) to such an extent that the lug 45 will be withdrawn from co-operative relationship with its related drawer latch 39,

while the lug 45 is still retained in co-operative relationship with its related drawer latch 39. The vshaiit 42 will be elevated to expose the upper drawer in a manner similar to that described in connection with the releasing o the lower drawer 32. lhen the clerks key 471 is depressed, the bell 132 will be brought into the path of the bell sounding hammer 184 and the latter will strike the bell as the machine is operated and will ring out tone dilierent from that of the bell 181.

lf the proprietor at any time desires to operate the machine in a closed drawers condition, he inserts his key to' the lock 109 and adjusts the centralized control lever 101 until the pointer is adjacent the words on the indicator plate designating losed drawers. The operation ot the machine to release the desired drawer is similar to that which has just been explained, with the eX- ception that the locking' slide 8G is now adjusted so that the notch 88 therein registers with the stud 89 carried by the vdrawer catch release lever 73. As the desired drawer is moved outwardly one of the points 971 or 972 of the beam 907 will be relieved of its contact with the rear edn'e oii one of the drawers and this will permit the upper end of the lever 94 to be drawn rearwardly by the spring 99. Since the stud 98 carried by the downward extension 98 of the drawer catch release lever 78 now unsupported, and since the stud 89 can now enter the notch 88, the hook will move over the coupler and lock Vthe machine against operation. Whenever the exposed drawer is forced within the register cabinet the cam edge 97 of the lever 94 contacting with the stud 98 willrforce the hook 90 backwardly and unlock the key coupler and operating keys.

At the expiration of an arbitrary period of business when it is desired to condition the machine for total printing and so as to be capable of accumulating items and obtain.- ing records of business pertaining to a subsequent period, the lock 109 is unlocked and the pointer set to a position reading Total reset, release drawings. At the time the locking lever 101 is adjusted to this position, the projection 127 will strike the stud 128 rocking the drawer catch release lever 78 (clockwiseras viewed in Fig. 2) and by virtue of the extension 81 contacting` with the collar 82 will lift the shaft 42. Since the lugs 44 and 45 are normally adjusted so that they are both beneath their drawer catches 89 the elevation of the shaft 42 will actuate both manipulate the 'inger shaft 42 to release the drawers over which he should have no control. riihis is accomplished by the action of the lugs 161 normally contacting with ther lugs 162 carried by plates secured to the rear ends of the cash drawers. Sometimes it is necessaryto completely withdraw the cash receptacles'and the means for accomplishing this is .ier Y and only when'adjnsted to the total reset, release drawersr position. At this time the shaft 5 will ybe rotated to such an extent that the gear pinion 128 which meshes with a gear pinion secured to the shaft 5 will actuate the segmental rack 167 to such an extent that it will cani the rear end of the lever 155 upwardly. The movement of `the lever 155will bring the lugs 161 out of the path of the lugs 162 and permit the complete extraction of all of the cash drawers.

'lf at any time it is desired to detach the register mechanism from the drawer release mechanism all 'that is necessary is to totally e ct the upper drawer 8l, and depress the manipulative device 170 until the extension 8l clears the collar 82. The extension 81 will then stand above the collar 82 and permit the frame upon which is mounted the cash register' mechanism to be ydetached from the lower iE ime, in which are mounted the drawers the mechanism for releasing them.

lllrhile the form of mechanism Vherein shown anddescribed is admirably adapted to uli'ill the objects primarily stated, it is to under ed that itis the desire not to conline the invention to the one form of embodiment shown and described, as it is susceptihle oi embodiment in various i'orms all coming within the scope of the claims which follow.

Tie claim. l. n a cash register, the combination of rating mechanism, a plurality of norinaccessible cash drawers, a correspending number of special keys, an element moved to different positions upon partial op@ tion 0;? said keys depending upon the special key operated, drav-.fer release mechanisin positioned by the movement of said element to select a desired receptacle, and means under control of the operating mechanism for actuating the. drawer release mechanism to expose the selected receptacle.

ln a cash register, the combination of an operating mechanism, a plurality of normally inaccessible cash drawers, and a corresponding number oi special keys, an element control ot the proprietors lock j I and adapted to be moved to different positions upon partial operation of said keys depending upon the key operated, drawer release mechanism positioned by the movement of said element to select a desired receptacle,

1 and means under ycontrol of the operating mechanism for actuating thedrawery release mechanism to expose the selected receptacle.

4. In a cash register, the combination of a plurality of normally inaccessible cash f. drawers, a corresponding number of drawer selecting keys, amount keys, locking means for preventing an operation of the amount keys until a drawer selecting key has been operated, drawer releasing mechanism operated by said amount keys for exposing the selected drawer, and means under control of the drawer selecting keys for simultaneously disabling the locking means and setting the drawer releasing mechanism for the selection ef a desired drawer.

5. In a cash register, the combination of a plurality of normally inaccessible cash drawers, a correspondinor number of drawer selecting keys, amount keys, locking means 'for preventing an operation of the amount keys vuntil a drawer selecting key has been operated, drawer releasing mechanism for eX- posing the selected drawer, means under control of a drawer selecting key for simultaneously disabling the locking means and setting the drawer releasing mechanism to select a desired drawer, and an operating mechanism controlled by said amount keys for actuating the drawer releasing mechanism to release the desired drawer.

6. In a cash register, the combination of a. plurality of cash drawers, of latches for the drawers, common mea-ns for unlatching the drawers, a plurality of drawer selecting keys corresponding to the number of drawers, amount keys, locking means normally preventing operation of the amount keys, and means under control of a drawer selecting key for disabling the locking means and subsequently under the control of the amount keys for operating the first mentioned means to release a latched drawer.

7. In a cash register, the combination of a plurality of normally latched cash drawers, a plurality of latches one for each drawer,

a shaft carrying a plurality of elements for operating the latches simultaneously or singly, a plurality of drawer selectingv keys, a member movable to dierent positions by said drawer selecting keys, and connections from said member to said sha-ft for bringing one of the elements on the shaft into co-operative relationship with a drawer latch.

8. In a cash register, the combination of a plurality of normally latched cash drawers, a corresponding number of drawer selecting keys, latches one for each drawer, common means for operating' said latches to permit exposure of a selected drawer, amount keys, means normally locking the amount keys, and movable means controlled bya drawer selecting key i'or releasing the amount keys during one portion of the movement ot said means and subsequently controlled by the amount keys for operating a latch to expose the selected drawer during the remaining portion of said movement. f

9. In a cash register, the combination of a plurality oi" normally latcbed cash drawers, a corresnoin'ling number of special keys, latches one for each drawer, latch operating devices all oi wnicli are normally in operative relationship with their corresponding latches, and means operated by any one of said special keys for changing the relationship between said latches and devices so that only one latch will be in operative relationship with its related operating device.

10. In a cash register, the combination of a plurality ot normally latched cash drawers, a corresponding number of special keys, latches one :tor each drawer, latch operating devices all of which are normally in operative relationship with their corresponding latches, and means operated by any one of said special keys for changing the relationship between said latchesI and devices so that only one latch will be in operative relationship with its related latcli operating device, said means subsequently operating said device to expose a desired drawer.

l1. In a cash register', the a plurality ot' cash drawers, a set of latches for the same, lugs normally in cfa-operative relationship with all the latches, a shaft carrying all the lugs and capable of being elevated to simultaneously actuate all the latches, means 'for retain io' one lug in cooperative relationship h its latch and withdrawing the others from co-operative relationship with their latches, a key coupler, and connections from the key coupler to the shaft for lifting the shaft to ep-erate a latch to release the corresponding drawer.

l2. In a cash register, the combination of a plurality of cash drawers, a set et latches for the same, a key coupler, a plurality o'f special keys with provisie-ns for lifting the key coupler to a certain position and arresting its movement -at th at point, a sliait carrying lugs combination o'i operating the shaft to bringV the desired lug into co-operatiye Arelationship with its related latch whilethe coupler 'isbeing lifted by the special key, and means whereby said Vcoupler subsequently operates said shaft to release the selected drawer. .Y

13. ln a cash register, the combination with a plurality of special keys and a corresponding number ot' normally closed drawers, of an operati-ng mechanism, latches for the drawers and ar member actuated by the keys movable to only two ditl'erent positions from normal for rendering the latches selectively operable by the operating mechanism, saidmember preventing depression of one of said keys when another ot said keys is depressed. Y Y

14. In a cash register, thecombination of a plurality of cash drawers, latches for thecash drawers for holding them closed, a main operating mechanism amount keys'fcr driving the latter, special keys *or selectively controlling the release ot said lash drawers upon an operation of the main operating mechanisnnjmeans tor preventing an operation of the amount keys until a special key has been depressed, and an additional means for operating the latches to release all the drawers simultaneously without an operation. oi the main operating mechanism. Y

l5. ln a cash register, the combination of an `operating mechanism including akey coupler, a plurality of special keys for elevating the coupler to a certain position and then arresting its motion at that point, a plurality of cash drawers, latches for the same, means under control ofthe special keys for operating a latch to release a drawer during an operation of the nia-in operating mechanism, f

and a common supplemental means for simultaneously rendering all the drawers accessiblek without an operation of the main operating mechanism.

16. In a cash register, the combination of an operating mechanism including a key cou` ple-r, a plurality of special keys for elevating the coupler to a certain position and then arresting its motion at that point, amount keysi'or completing the operation of the coupler, locking mechanism normally preventing operation ot' the amount keys, a plurality of cash drawers with latches for holding themv closed, means under control ci the special keys for operating a latch to release a drawer by an operation of the main operating mechanism and for disabling the locking mechanism, and a supplemental means for rendering all the drawers accessible without an operation ot the main operating mechanism.

17. ln a. cash register, the combination o'l an operating mechanism, a plurality of drawers, drawer latches for holding them closed, a plurality of drawer selecting keys, lugs selectively vpositioned by an operation of the drawer selectingl keys for operati-ng a latch to release-a desir-ec drawer, a lock for operating mechanism controlled by said drawers, and manipulative device for enabling or disabling the lock and tor rele -sing the drawers simultaneously.

V18.' In a cash register, the combinationot an operating mechanism, a plurality of Vcash drawers, Y,di'awer latches for holding them closed, a plurality of drawer selecting keys, lugs selectively positioned by an operation ol the drawer selecting keyslfor operating a latch to release a desired drawer, a single locking device for the operating mechanism controlled by said cash drawers, and a manipulative device adjustable to three. positions, first for enabling the said locking device, second for disabling the said locking device and third to control the release of the drawers simultaneonsly.V p p n Y Y lli. ln vacash register, the combination of a plurality of cash drawers, a corresponding number ot alarms, a common sounding device fer said alarms, an operating member, connections therefrom for operating the sounding device and releasing a cash drawer, and means Jfor rocking one of saidbells into the path of the sounding device and withdrawing the others and simultaneously selecting a vcorresponding drawer to .be opened.

2.0. ln a cash register, the combination of a plurality of cash drawers, a corresponding number et alarms, latches for normally holding saidcash drawers, an alarm sounding device,common means for releasing said latches and operating said sounding device, special keys, and means under control of aspecial key 'for selecting a latch to be operated to releasea cash drawer and for simultaneously moving the corresponding alarm int-o cooperative .relationship with the sounding device.

2l. ln a'cash register, the combination ol a plurality ot cash drawers mounted in a cash register cabinet, means preventing their total extraction from the cabinet, a lock and key controlled element, and means controlled by said element tor disabling said preventing means whereby said-drawers may be removed from said cabinet,

22. ln a cash register, the combination of a plurality orn cash drawers mounted in a frame,'rcle'asing mechanism Vfor said drawers, mounted in said trame and including areciprocable member, a second frame mounted upon the iirst mentioned frame and containing operating mechanism for the drawer release mechanism, said operating mechanism including a rockable element adapted to ensaid reciprocable member, and manipulative means tor shifting said rockable element out of operative relation with*said reciprocable member when it is desired to separate the two frames.

23. In a cash register, the combination of a plurality ot cash drawers mounted in cash f register cabinet, means for preventing their total extraction 'trom the cabinet and a lever ilor disabling said means.

24. In a cash register, the combination ot a plurality ot cash drawers mounted in a cash register cabinet, means for preventing their total extraction, a diilerentially movable lever for disabling said means, said means being disabled only when the lever is in a particular position.

25. In a cash register, the combination ot a plurality of cash drawers mounted in a cash register cabinet, means for releasing them simultaneously, means normally preventing their total extraction from the cash register cabinet, and a single device for operating said releasing means and disabling said means preventing total extraction of the drawers.

26. In a cash register, the combination of a cash drawer mounted in a register cabinet,

means for preventing its total extraction from i the register cabinet, and a lever for controlling di'erent operations of said register and for disabling said means.

27. In a cash register, the combination of a cash drawer, lugs upon the cash drawer normally in the path of adjustable abutments preventing the total extraction ot the cash drawer from the register cabinet, and means movable to different positions for controlling certain operations of said register and adapted to move said abutments to bring them out of the path of said lugs.

28. In a cash register, the combination of a plurality ot cash drawers, an adjustable member carrying a plurality of abutment-s, lugs secured to thel cash drawers normally in the path of the abutments, and means for simultaneously moving said abutments out of the path of said lugs.

29. In a cash register, the combination of a plurality of cash drawers, adjustable abutments, lugs secured to the cash drawers normally in the path of the adjustable abutments, and a lock controlled lever for moving said abutments.

80. In a cash register, the combination of a plurality of cash drawers mounted in a trame, releasing mechanism for the drawers mounted in said frame, a second trame mounted upon the first mentioned frame and containing the operating mechanism for the drawer release mechanism, a normally operative connection between said operating mechanism and said release mechanism and a manipulative device for detaching the operating mechanism, from the drawer release mechanism when it is desired to separate the two frames.

31. In a cash register, the combination ot a plurality of cash drawers mounted in a frame, releasing mechanism for the drawers,

mounted in said frame, a second frame mounted upon the tirst mentioned trame and containing the operating mechanism for the drawer release mechanism, a manipulative device or detacliing the operating mechanism from the drawer release mechanism when it is desired to separate the two trames, and lock and key controlled means for giving access to said manipulative device.

32. In a cash register the combination of a plurality oit cash drawers, latches for the cash drawers for holding them closed, a main operating mechanism, amount keys for driving the latter, special keys for selectively .controlling the release ot said cash drawers upon an operation of the main operating mechanism, means for preventing an operation of the amount keys until a special key has been depressed, locking means for the operating mechanism, and a supplemental means for controlling locking of the operating mechanism and for controlling operation of the latches to release all the drawers simultaneously without an operation of the main operating mechanism.

33. In a cash register, the combination of an operating mechanism including key coupler, a plurality of special keys for elevating the coupler to a certain position and then arresting its motion at that point, a plurality of cash drawers, latches for the same, means under control ot the special keys for operating a latch to release a drawer during an operation of the main operating mechanism, a .lock :tor said operating mechanism, and a common supplemental means for enabling or disabling said lock and for rendering all the drawers accessible without an operation oi the operating mechanism.

34. In a cash register, the combination orf a plurality of special keys, an element cooperating therewith tor preventing' depression ot one of said keys w ien another' ot said keys is depressed, a plurality olf' normally closed cash drawers corresponding with said special keys, and drawer release mechanism controlled by movement of said element whereby a desired cash drawer is selected for operation.

35. In a cash register., the combination ot a normally closed cash draa'er mounted in a register cabinet, means tor moving said drawer to exposed position, and a main operating mechanism tor said r a member movable to a position for locki g; said operating mechanisms against actuation, means controlled by said member for compelling closure ot said draf-.ver before said operating mechanism can be operated, means for preventing total extraction said drawer from said cabinet, and means controlled by said member for disabling said preventing means.

36. In a ash register, t combination of a normally closed cash drawer mounted in a register cabinet, means for moving said-- drawer to exposed position, and a main operating mechanism for said register,a member movable to a position for locking said operating mechanism against actuation, means for preventing total extraction of said ydrawer from said cabinet, and means conytrolled by said member for disabling said preventing means.

37. In a cash register, the combination of a normally closed cash drawer 'mounted in a register cabinet, means for moving said drawer to exposed position, means for prev venting total extraction of said drawer Jfrom said cabinet, a manipulative member for con- 15 Atrolling operations of said register, and means controlled by said member for disabling said preventing means.

.38. In a cash register, the `combination of a plurality of cash drawers, a plurality fof latches one Jfor each drawer, a plurality of lugs one for each oi said latches, all of said lugs being normally in operative relationship with their respective latches, and means for withdrawing all but one of said plurality of lugs from operative relationship with their respective latches. 39. In a cash register, the combination of a plurality of cash drawers, a plurality of latches one for each drawer, a plurality of lugs one tor each of said latches, said lugs being normally in cooperative relationshipV with their respective latches, means for withdrawing all but one of said plurality of lugs from cooperative relationship with their respective drawer latches when all of said lugs are moved in one direction from normal position, means for withdrawing all but another of saidY plurality of lugs from cooperative relationship with theirV respective drawer 40 latches when said lugs are moved in anothe direction from normal position.

40. In a cash register the combination of a plurality oi cash drawers, a set of latches one for each drawer, a shaft, a set of lugs one for each of said latches attachedv to said shai't, said lugs being normally in cooperative relationship with their respective'latches, means for moving said shaft in one direction from normal position to withdraw all but one of said lugs from Cooperative relationship with their respective latches, means for moving said shaft in another direction from normal position to withdraw all but another of said lugs from cooperative relationship with their respective latches, and means for actuating said shatt to release the selected drawer during normal operations of the register and additional means for actuating said shaft to simultaneously release all of said drawers.

l In witness whereof we have signed our names hereto this 23rd day of March, 1925. CHARLES W. GREEN. RAYMOND E. RICE. 

